| ADD 2 operands |
VADD2 DST, SRC1, SRC2 |
0000_0001 |
{Opcode[7:0], DST[23:0], SRC1[23:0], SRC2[23:0], 48'd0} |
RTL (Xilinx) |
Vector Addition |
3 |
| SUB |
VSUB DST, SRC1, SRC2 |
0000_0010 |
{Opcode[7:0], DST[23:0], SRC1[23:0], SRC2[23:0], 48'd0} |
RTL (Xilinx) |
Vector Subtraction |
3 |
| MUL |
VMUL DST, SRC1, SRC2 |
0000_0011 |
{Opcode[7:0], DST[23:0], SRC1[23:0], SRC2[23:0], 48'd0} |
RTL (Xilinx) |
Vector Multiplication |
3 |
| DIV |
VDIV DST, SRC1, SRC2 |
0000_0100 |
{Opcode[7:0], DST[23:0], SRC1[23:0], SRC2[23:0], 48'd0} |
RTL (Xilinx) |
Vector division |
6 |
| MAX 2 operands |
VMAX2 DST, SRC1, SRC2 |
0000_1000 |
{Opcode[7:0], DST[23:0], SRC1[23:0], SRC2[23:0], 48'd0} |
RTL (Xilinx) |
Compare two vectors and get only the larger elements |
2 |
| AVG 2 operands |
VAVG2 DST, SRC1, SRC2 |
0000_1010 |
{Opcode[7:0], DST[23:0], SRC1[23:0], SRC2[23:0], 48'd0} |
RTL (Xilinx) |
Get theaverage of two vector's each elements |
8 |
| SUM |
VREDSUMN DST, SRC1 |
0000_0110 |
{Opcode[7:0], DST[23:0], SRC1[23:0], 72'd0} |
RTL (Xilinx) |
Get sum of all elements of a vector |
11 |
| Reduction Max |
VREDMAX, DST, SRC1 |
0000_0111 |
{Opcode[7:0], DST[23:0], SRC1[23:0], 72'd0} |
RTL (Xilinx) |
Get max value in a vector |
6 |
| EXP |
VEXP DST, SRC1 |
0000_1100 |
{Opcode[7:0], DST[23:0], SRC1[23:0], 72'd0} |
RTL (Xilinx) |
Get the exponential of each element in the vector |
9 |
| SQRT |
VSQRT DST, SRC1 |
0000_1101 |
{Opcode[7:0], DST[23:0], SRC1[23:0], 72'd0} |
RTL (Xilinx) |
Get the sqrt of each element in the vector |
5 |
| Reciprocal SQRT |
VSQRT DST, SRC1 |
0000_1110 |
{Opcode[7:0], DST[23:0], SRC1[23:0], 72'd0} |
RTL (Xilinx) |
Get the reciporcal sqrt of each element in the vector |
10 |
| ADD 3 operands |
VADD3 DST, SRC1, SRC2, SRC3 |
0000_0101 |
{Opcode[7:0], DST[23:0], SRC1[23:0], SRC2[23:0], SRC3[23:0], 25'd0} |
RTL (Xilinx) |
Vector Addition with three operand |
5 |
| MAX 3 operands |
VMAX3 DST, SRC1, SRC3, SRC3 |
0000_1001 |
{Opcode[7:0], DST[23:0], SRC1[23:0], SRC2[23:0], SRC3[23:0], 25'd0} |
RTL (Xilinx) |
Compare three vectors and get only the larger elements |
3 |
| AVG 3 operands |
VAVG3 DST, SRC1, SRC3, SRC3 |
0000_1011 |
{Opcode[7:0], DST[23:0], SRC1[23:0], SRC2[23:0], SRC3[23:0], 25'd0} |
RTL (Xilinx) |
Get average of three vector's each elements |
10 |
